Transcription of Wind Turbines – Components and Design Basics
{{id}} {{{paragraph}}}
Stephan Matthiesen Project (FH) Meik Schacknies Design DepartmentParis October 2009 Wind Turbines Components and Design Basics2 Overview Part I Product range Components of a wind turbineWind Turbines Components and Design BasicsOverviewPart II Load assumptions for wind Turbines Loads and load cases Rocking spring stiffness3 Wind Turbines Components and Design BasicsRated power:330 kWHub height:44 50 mRated power:900 kWHub height:45 m / 55 mRated power:800 kWHub height:50 76 m4 Wind Turbines Components and Design BasicsRated power:800 kWHub height:73 mRated kWHub height:64 113 mRated kWHub height:78 138 m5 Wind Turbines Components and Design BasicsHighest power producing WEC worldwide:Rated kWRotor diameter:127 mHub height:135 mPower production:20 Mio.
Wind Turbines – Components and Design Basics Design situations Environmental conditions • Wind, Temperature, Ice, Earthquake Operational conditions • Normal operation and power production • Start up, shut down, idling, standstill Temporary conditions • Transportation of components • Installation and assembling • Maintenance and repair
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document:
{{id}} {{{paragraph}}}